600t/h – Granide Aggregate Production Flow Diagram
Note: Dotted portion in the flow diagram is the optional item that can be chosen according to the project actual situation.
600t/h – Granide Aggregate Production Equipment Configuration Table
Code
Name
Model
Unit
Quantity
Power(kw)
Total Power(kw)
Output(t/h)
Weight(kg)
Remark
G1
Grizzly Feeder
ZSW600×180
pc
1
45
45
400-1000
13500
P1
Jaw Crusher
JC140
pc
1
200
200
470-985
G2
Vibrating Feeder
ZG400
pc
3
2×2.0
12
-400
G3
Vibrating Feeder
ZG300
pc
2
2×1.5
6
-300
P2
Cone Crusher
GPY500S
pc
1
315
315
295-1200
45000
P3
Cone Crusher
HPY300
pc
2
220
440
75-430
19500
S1
Vibrating Screen
3YKR2460
pc
2
45
90
120-880
11046
XL1
Sand Washer
XL914
pc
2
15
30
-100
6370
wet method
C1
Iron Separator
pc
1
G4
Vibrating Feeder
ZG200
pc
2
2×0.75
3
-200
P4
Sand Making Machine
PLS-1200
pc
1
500-630
500-600
300-715
19690
S2
Vibrating Screen
2YK3073
pc
1
55
55
150-900
15476
XL2
Sand Washer
XL1118
pc
2
22
44
-175
12703
wet method
C2
Iron Separator
pc
1
Code | Name | Model | Unit | Quantity | Power(kw) | Total Power(kw) | Output(t/h) | Weight(kg) | Remark |
G1 | Grizzly Feeder | ZSW600×180 | pc | 1 | 45 | 45 | 400-1000 | 13500 | |
P1 | Jaw Crusher | JC140 | pc | 1 | 200 | 200 | 470-985 | ||
G2 | Vibrating Feeder | ZG400 | pc | 3 | 2×2.0 | 12 | -400 | ||
G3 | Vibrating Feeder | ZG300 | pc | 2 | 2×1.5 | 6 | -300 | ||
P2 | Cone Crusher | GPY500S | pc | 1 | 315 | 315 | 295-1200 | 45000 | |
P3 | Cone Crusher | HPY300 | pc | 2 | 220 | 440 | 75-430 | 19500 | |
S1 | Vibrating Screen | 3YKR2460 | pc | 2 | 45 | 90 | 120-880 | 11046 | |
XL1 | Sand Washer | XL914 | pc | 2 | 15 | 30 | -100 | 6370 | wet method |
C1 | Iron Separator | pc | 1 | ||||||
G4 | Vibrating Feeder | ZG200 | pc | 2 | 2×0.75 | 3 | -200 | ||
P4 | Sand Making Machine | PLS-1200 | pc | 1 | 500-630 | 500-600 | 300-715 | 19690 | |
S2 | Vibrating Screen | 2YK3073 | pc | 1 | 55 | 55 | 150-900 | 15476 | |
XL2 | Sand Washer | XL1118 | pc | 2 | 22 | 44 | -175 | 12703 | wet method |
C2 | Iron Separator | pc | 1 |
Note: The Equipment configuration listed in the table is for reference. The actual configuration is determined according to the feed granularity, finished product granularity or grading, production capacity, process condition, and topographical condition etc.